TY - BOOK
T1 - REPAiR: REsource Management in Peri-urban AReas: Going Beyond Urban Metabolism
T2 - D2.1 Vision of the GDSE Applications
AU - Arciniegas, Gustavo
AU - Bohnet, Max
AU - Gutsche, Jens-Martin
AU - Šileryte, Rusne
AU - Wandl, Alexander
N1 - Version 3.1
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under Grant Agreement No 688920.
PY - 2016/12/31
Y1 - 2016/12/31
N2 - REPAiR applies a geodesign approach to the field of waste and resource management. On that account, it aims to reveal both local and space-specific challenges of waste and resource management as well as integrated and place-based eco- innovative solutions for these challenges. In order to put this into practice, REPAiR combines Steinitz (2012) and Campagna (2014) concept of geodesign with the methodology of LifeCycle Assessments (LCA) and Living Labs (LL) and applies these to six case studies within the EU. As a reference to the peri-urban settlement structures of the six case study regions, the Living Labs, where the combined geodesign/LCA-approach will be used to discuss and co-design solutions and strategies to the specific challenges in waste and resource management, the Living Labs are called PULLs - for Peri-Urban Living Labs. As deliverable D 5.1 explains in more details, PULLs consist of a larger number of meetings, structured differently in terms of type and participants. A major component of each PULL is a series of workshops, in which regional public and private stakeholders from the field of waste and resource management are asked to participate in a co-designing process for solutions and strategies. Providing these stakeholders with a common platform of information and solution design options is the core task for a computerised interactive communication tool called Geodesign Decision Support Environment - or GDSE for short. Developing, testing and applying this GDSE is one of the pivotal elements of the REPAiR project. The GDSE will be available as an open source product once the project is finished.
AB - REPAiR applies a geodesign approach to the field of waste and resource management. On that account, it aims to reveal both local and space-specific challenges of waste and resource management as well as integrated and place-based eco- innovative solutions for these challenges. In order to put this into practice, REPAiR combines Steinitz (2012) and Campagna (2014) concept of geodesign with the methodology of LifeCycle Assessments (LCA) and Living Labs (LL) and applies these to six case studies within the EU. As a reference to the peri-urban settlement structures of the six case study regions, the Living Labs, where the combined geodesign/LCA-approach will be used to discuss and co-design solutions and strategies to the specific challenges in waste and resource management, the Living Labs are called PULLs - for Peri-Urban Living Labs. As deliverable D 5.1 explains in more details, PULLs consist of a larger number of meetings, structured differently in terms of type and participants. A major component of each PULL is a series of workshops, in which regional public and private stakeholders from the field of waste and resource management are asked to participate in a co-designing process for solutions and strategies. Providing these stakeholders with a common platform of information and solution design options is the core task for a computerised interactive communication tool called Geodesign Decision Support Environment - or GDSE for short. Developing, testing and applying this GDSE is one of the pivotal elements of the REPAiR project. The GDSE will be available as an open source product once the project is finished.
UR - http://resolver.tudelft.nl/uuid:36f32536-c904-4251-b900-1b1affe6c59e
U2 - 10.4233/uuid:36f32536-c904-4251-b900-1b1affe6c59e
DO - 10.4233/uuid:36f32536-c904-4251-b900-1b1affe6c59e
M3 - Report
BT - REPAiR: REsource Management in Peri-urban AReas: Going Beyond Urban Metabolism
PB - Delft University of Technology
ER -
